Study Program Magistrate

The Master of Plant Breeding and Biotechnology Study Program serves as an international center of excellence in developing human resources capable of conducting research in tropical plant breeding and biotechnology. Supported by a curriculum that equips students with superior intellectual achievement, builds 21st-century competencies, and fosters personal growth within a conducive academic environment

Vision

As an international center of excellence in developing human resources capable of conducting research in tropical plant breeding and biotechnology through inter- or multidisciplinary approaches, to support food and bioenergy sovereignty as well as environmental sustainability.

Mission

1. To organize a Master’s program in tropical plant breeding and biotechnology that is of high quality, competitive, and recognized both nationally and internationally.
2. To conduct research in tropical plant breeding and biotechnology to support food and bioenergy sovereignty, as well as environmental sustainability.
3. To carry out community service in the field of tropical plant breeding and biotechnology to support food and bioenergy sovereignty, as well as environmental sustainability.

Num Course Credit Precondition Semester Course Category
Code Name
1 PBT1501 Plant Genetic Analysis 3(2-1) - 1 Foundational Literacies
2 PBT1501 Plant Genetic Analysis 3(2-1) - 1 Foundational Literacies
3 PBT1601 Biotechnology in Plant Breeding 3(2-1) - 1 Foundational Literacies
4 PBT1613 Plant Breeding for Stress Environment 3(3-0) - 1 In-depth Courses
5 PBT1614 Plant Cytogenetics 3(2-1) - 1 In-depth Courses
6 PBT1631 Plant Biotechnology 3(2-1) - 1 In-depth Courses
7 PBT1631 Plant Biotechnology 3(2-1) - 1 In-depth Courses
8 PBT1632 Plant Growth Regulator 3(2-1) - 1 In-depth Courses
9 PBT1634 Molecular Analysis in Plant Breeding 3(2-1) - 1 In-depth Courses
10 PPS1503 English 3(3-0) - 1 PPKU/Common Core Courses
11 STA1512 Statistics for Agricultural and Biological Sciences 3(2-1) - 1 Academic Core Courses
12 STA1512 Statistics for Agricultural and Biological Sciences 3(2-1) - 1 Academic Core Courses
13 PBT150A Special Topic 2(2-0) - 2 Capstone
14 PBT1602 Plant Breeding 3(2-1) - 2 Academic Core Courses
15 PBT1603 Cellular Analysis in Plant Breeding 3(2-1) - 2 Academic Core Courses
16 PBT1604 Methods for Scientific Research and Publication 3(2-1) - 2 PPKU/Common Core Courses
17 PBT1604 Methods for Scientific Research and Publication 3(2-1) - 2 PPKU/Common Core Courses
18 PBT1611 Quantitative Genetics 2(2-0) - 2 In-depth Courses
19 PBT1615 Mutation Breeding 3(2-1) - 2 In-depth Courses
20 PBT1633 Plant Genetic Engineering 3(2-1) - 2 In-depth Courses
21 PBT1635 Plant Cell Biology and Physiology 3(2-1) - 2 In-depth Courses
22 PBT1636 Laboratory Technique for Plant Molecular Biology 3(2-1) - 2 In-depth Courses
23 PBT1636 Laboratory Technique for Plant Molecular Biology 3(2-1) - 2 In-depth Courses
24 PBT1691 Thesis Colloquium 1(1-0) - 2 Final Year Project
25 PBT1691 Thesis Colloquium 1(1-0) - 2 Final Year Project
26 PBT1692 Thesis Proposal 2(2-0) - 2 Final Year Project
27 PBT1692 Thesis Proposal 2(2-0) - 2 Final Year Project
28 PBT1612 Quantitative Method in Plant Breeding 3(2-1) - 3 In-depth Courses
29 PBT1693 Thesis Exam 2(2-0) - 3 Final Year Project
30 PBT1694 Thesis 6(6-0) - 3 Final Year Project
31 PBT1694 Thesis 6(6-0) - 3 Final Year Project
32 PPS1691 Thesis Seminar 1(0-1) - 3 Final Year Project
33 PPS1692 National Scientific Publication 2(0-2) - 3 Final Year Project
34 PPS1692 National Scientific Publication 2(0-2) - 3 Final Year Project
35 PPS1695 International Scientific Publication 3(0-3) - 3 Final Year Project
36 PPS1698 International Seminar Proceedings 2(0-2) - 3 Final Year Project

Belum ada data

1. To organize the Master of Plant Breeding and Biotechnology Study Program that is of high quality, competitive, and recognized both nationally and internationally.
2. To conduct research in the field of tropical plant breeding and biotechnology to support food sovereignty, bioenergy, and environmental sustainability.
3. To carry out community service in the field of plant breeding and biotechnology to support food sovereignty, bioenergy, and environmental sustainability.